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• W2145339912 abstract "MEPS Marine Ecology Progress Series Contact the journal Facebook Twitter RSS Mailing List Subscribe to our mailing list via Mailchimp HomeLatest VolumeAbout the JournalEditorsTheme Sections MEPS 261:85-97 (2003) - doi:10.3354/meps261085 Variation in detrital enrichment causes spatio- temporal variation in soft-sediment assemblages Brendan P. Kelaher, Jeffrey S. Levinton* Department of Ecology and Evolution, State University of New York, Stony Brook, New York 11974-5245, USA *Corresponding author. Email: levinton@life.bio.sunysb.edu ABSTRACT: We investigated the importance of algal detritus in determining complex patterns of spatio-temporal variation in annelid assemblages in sites separated by 10s of meters on mudflats on Long Island, New York. We used field sampling to test the hypothesis that spatio-temporal variation in annelid assemblages contributes substantially more to total variation than consistent spatial differences among sites (pure spatial variation). While this pattern was generally shown by dominant surface-feeding annelids (e.g. Paranais litoralis and Streblospio benedicti), this was not the case for the deeper-feeding orbinid polychaete Leitoscolopolos robustus. We enriched the sediment with Ulva rotundata detrius to test the hypothesis that variation in detrital enrichment creates complex spatio-temporal patterns in annelid assemblages. Initially, the diversity and abundance of annelids was lower in enriched sites compared to untouched sites because of anoxic conditions at the sediment-water interface in the manipulated treatment. After about 1 mo, however, populations of opportunistic surface-feeding annelids (e.g. P. litoralis and Capitella capitata) increased in enriched sites to peak significantly higher than those in unmanipulated sediment, indicating resource-limitation. The annelid assemblages in different treatments then converged in June/July when the excess detrital resources were sufficiently depleted. Overall, we demonstrate the important role that deposition of detritus plays in determining variation in soft-sediment communities. More than just simple spatial variation, however, we show that detritus enrichment can generate the complicated spatio-temporal patterns observed in natural annelid assemblages. KEY WORDS: Variation · Soft sediment · Macrofauna · Detritus · Ulva rotundata Full text in pdf format PreviousNextExport citation RSS - Facebook - Tweet - linkedIn Cited by Published in MEPS Vol. 261. Online publication date: October 17, 2003 Print ISSN: 0171-8630; Online ISSN: 1616-1599 Copyright © 2003 Inter-Research." @default.
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• W2145339912 title "Variation in detrital enrichment causes spatio-temporal variation in soft-sediment assemblages" @default.
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• W2145339912 cites W1604012094 @default.
• W2145339912 cites W1910286582 @default.
• W2145339912 cites W1964577626 @default.
• W2145339912 cites W1965270479 @default.
• W2145339912 cites W1969019169 @default.
• W2145339912 cites W1971253162 @default.
• W2145339912 cites W1973262062 @default.
• W2145339912 cites W1977707434 @default.
• W2145339912 cites W1979413040 @default.
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• W2145339912 cites W1989150534 @default.
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• W2145339912 cites W1996275770 @default.
• W2145339912 cites W1998506656 @default.
• W2145339912 cites W2001843940 @default.
• W2145339912 cites W2012590350 @default.
• W2145339912 cites W2015672469 @default.
• W2145339912 cites W2016740591 @default.
• W2145339912 cites W2017650952 @default.
• W2145339912 cites W2031980505 @default.
• W2145339912 cites W2035390881 @default.
• W2145339912 cites W2038704331 @default.
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• W2145339912 cites W2041921549 @default.
• W2145339912 cites W2044697683 @default.
• W2145339912 cites W2050838343 @default.
• W2145339912 cites W2052888219 @default.
• W2145339912 cites W2054617275 @default.
• W2145339912 cites W2068517096 @default.
• W2145339912 cites W2070576282 @default.
• W2145339912 cites W2071066090 @default.
• W2145339912 cites W2071336444 @default.
• W2145339912 cites W2071829276 @default.
• W2145339912 cites W2073313520 @default.
• W2145339912 cites W2077593080 @default.
• W2145339912 cites W2079539018 @default.
• W2145339912 cites W2080151370 @default.
• W2145339912 cites W2080963251 @default.
• W2145339912 cites W2089862425 @default.
• W2145339912 cites W2099569016 @default.
• W2145339912 cites W2108293309 @default.
• W2145339912 cites W2109095192 @default.
• W2145339912 cites W2147618390 @default.
• W2145339912 cites W2163800196 @default.
• W2145339912 cites W2264141597 @default.
• W2145339912 cites W2308846662 @default.
• W2145339912 cites W2323444743 @default.
• W2145339912 cites W2335686538 @default.
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• W2145339912 doi "https://doi.org/10.3354/meps261085" @default.
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